Hydrogen Energy
Centered on solid-state hydrogen storage alloy technology, providing integrated solutions for hydrogen production, purification, storage, transport and safe utilization.
Production
Storage
Transport
Utilization
Methanol-water reforming delivers efficient, fast-starting hydrogen production at costs as low as 40% of electrolysis.
Proprietary solid-state alloys store hydrogen safely at ambient-to-low pressure with higher volumetric density.
Membrane separation, PSA and low-pressure transport enable efficient extraction and safe delivery from blended pipelines.
Purified to 99.9999999% mol+, meeting the demanding needs of semiconductor and fuel cell applications.
Methanol-Water Reforming for Hydrogen Production
Using a methanol steam reforming process, methanol and water are mixed in a specific ratio and undergo a reforming reaction under catalytic action to generate hydrogen-rich gas. After purification, high-purity hydrogen is obtained, widely used in hydrogen energy, industrial gas and distributed energy applications — particularly suited to distributed hydrogen supply scenarios.
High-Efficiency ProductionFast StartupControllable CostSafe & ReliableDistributed Applications
99.999% mol+
H₂ Purity up to
40% of Electrolysis
Operating Cost as low as
Solid-State Hydrogen Storage
Centered on proprietary solid-state hydrogen storage alloy materials, hydrogen is safely stored and transported through reversible adsorption and release by metal alloys. Compared to traditional high-pressure storage, solid-state storage offers greater safety, lower storage/transport pressure and higher volumetric hydrogen density — widely applicable to hydrogen mobility, distributed energy and energy storage.
Intrinsically SafeHigh Volumetric H₂ DensityLow-Pressure Storage & TransportLong Cycle LifeModular Design
Ambient~Low Pressure
Storage Pressure as low as
99.999% mol+
H₂ Purity up to
Hydrogen Purification & Ultra-Purification
Backed by proprietary membrane separation, PSA, adsorption purification and ultra-purification technologies, we provide hydrogen purification and ultra-purification solutions that effectively remove moisture, oxygen, carbon monoxide, carbon dioxide and trace impurities — meeting the demanding hydrogen purity requirements of semiconductor, fuel cell and advanced electronics manufacturing.
Ultra-High PurityUltra-Low Impurity ContentStable OperationLow Energy ConsumptionModular Design
99.9999999% mol+
H₂ Purity up to
ppt Level
Impurity as low as
Hydrogen Extraction & Utilization from Blended Natural Gas Pipelines
For hydrogen-blending scenarios in natural gas pipeline networks, we leverage proprietary membrane separation, PSA and alloy hydrogen-absorption technologies to achieve efficient separation, purification and comprehensive utilization of hydrogen. By recovering and purifying hydrogen from blended pipeline gas, this solution is widely applicable to hydrogen mobility, distributed energy and industrial gas, supporting the development of low-carbon energy systems.
Efficient H₂ ExtractionLow Energy ConsumptionModular DesignFlexible Deployment
99.999% mol+
H₂ Purity up to
95%+
H₂ Recovery Rate up to
Safe Hydrogen Storage & Transport
Leveraging proprietary solid-state storage, low-pressure transport and safety control technologies, we deliver an integrated hydrogen storage and transport solution. Compared to traditional high-pressure storage, safety margin and system stability are substantially improved, suiting hydrogen mobility, distributed energy and various industrial hydrogen applications.
Intrinsically SafeLow-Pressure Storage & TransportHigh Volumetric H₂ DensityStatic StorageModular Design
Ambient~Low Pressure
Storage/Transport Pressure as low as
99.999% mol+
H₂ Purity up to
Hydrogen Safety Utilization System
Solid-state hydrogen storage uses metal alloys or carbon-based materials to "solidify" hydrogen at low pressure through physical adsorption or chemical hydride formation. It offers high volumetric density, safety, and low pressure (typically atmospheric) — particularly suited to long-distance, high-capacity stationary hydrogen storage and transport. China has already achieved large-scale industrial application of this technology.
Intrinsically SafeIntelligent MonitoringHigh ReliabilityModular DesignMulti-Scenario Application
Multiple Safety Safeguards
High System Safety Rating
99.999% mol+
H₂ Purity up to
Case Studies
Real-world applications of RefineTek technology across industries.
Customer G (Overseas) LNG BOG Helium & Hydrogen Extraction Project
Chongqing Kehe Chemical LNG BOG Helium & Hydrogen Extraction Project (II)
Hangyang Group H2/He/Ne Mutual Separation Project
Customer S (Overseas) Membrane Separation Hydrogen Recovery & Purification Project
Chongqing Kehe Chemical LNG BOG Helium & Hydrogen Extraction Project (I)
Shanxi Membrane+PSA+Alloy Hydrogen/Helium Separation System Project (1,100 Nm³/h)
